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Proceedings. The IEEE/ACS International Conference on Pervasive Services (2004)
Beirut, Lebanon
July 23, 2004 to July 23, 2004
ISBN: 0-7803-8577-2
pp: 219
N. Jiang , Rutgers Univ., USA
C. Schmidt , Rutgers Univ., USA
V. Matossian , Rutgers Univ., USA
M. Parashar , Rutgers Univ., USA
Summary form only given. Supporting applications in sensor-based pervasive environments requires a programming and management paradigm where the behaviors as well as the interactions of applications elements (sensors, actuators, and services) are dynamic, opportunistic, and context, content and capability aware. We present a programming model that enables opportunistic flows in pervasive environments. The model builds on content-based discovery and routing services and defines associative rendezvous as an abstraction for content-based decoupled interactions. Cascading local behaviors (CLB) then build on associative rendezvous to enable opportunistic application flows to emerge as a result of context and content based local behaviors. We also present the design, prototype implementation and experimental evaluation of the Meteor programming framework and content-based middleware.
ubiquitous computing, programming, middleware

N. Jiang, C. Schmidt, V. Matossian and M. Parashar, "Opportunistic application flows in pervasive environments," Proceedings. The IEEE/ACS International Conference on Pervasive Services(PERSER), Beirut, Lebanon, , pp. 219.
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